Phase transition in the majority-vote model on the archimedean lattices
U Yu - Physical Review E, 2017 - APS
Physical Review E, 2017•APS
The majority-vote model with noise was studied on the 11 Archimedean lattices by the
Monte Carlo method and finite-size scaling. The critical noises and critical exponents were
obtained with precision. Contrary to some previous reports, we confirmed that the majority-
vote model on the Archimedean lattices belongs to the two-dimensional Ising universality
class. It was shown that very precise determination of the critical noise is required to obtain
proper values of the critical exponents.
Monte Carlo method and finite-size scaling. The critical noises and critical exponents were
obtained with precision. Contrary to some previous reports, we confirmed that the majority-
vote model on the Archimedean lattices belongs to the two-dimensional Ising universality
class. It was shown that very precise determination of the critical noise is required to obtain
proper values of the critical exponents.
The majority-vote model with noise was studied on the 11 Archimedean lattices by the Monte Carlo method and finite-size scaling. The critical noises and critical exponents were obtained with precision. Contrary to some previous reports, we confirmed that the majority-vote model on the Archimedean lattices belongs to the two-dimensional Ising universality class. It was shown that very precise determination of the critical noise is required to obtain proper values of the critical exponents.
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